The theory that the fabric of spacetime is made of worm holes could provide a compelling explanation for the faster-than-light expansion of space observed in the early universe (inflation) and the ongoing acceleration of cosmic expansion. It also explains the non locality of entangled particles.

Here's how:

1. Distance as a Perception, Not Reality

If spacetime is inherently non-local due to a network of wormholes, the concept of "distance" may be an emergent property of our limited perspective. In this framework:

All Points are Connected: Wormholes would mean that all points in space are fundamentally interconnected, collapsing the classical notion of separability.

Apparent Expansion: The observed expansion of space might simply be a manifestation of how our local viewpoint interprets changes in the underlying structure of spacetime.

2. Inflation and Non-Locality

During cosmic inflation, the universe expanded exponentially faster than the speed of light. Wormhole-embedded spacetime could make this rapid expansion feasible:

Spacetime Rearrangement: Instead of "stretching" spacetime as a smooth fabric, inflation might involve a reconfiguration of wormhole connections, causing the universe to appear to expand faster than light.

No Speed Limit for Spacetime: The speed of light restricts objects moving through spacetime, not the expansion of spacetime itself. If wormholes underlie spacetime, they could enable non-local interactions that transcend the light-speed barrier.

3. Dark Energy as a Wormhole Effect

The current accelerated expansion of the universe, attributed to dark energy, might also fit within this framework:

Wormhole Density Drives Expansion: If the density or dynamics of microscopic wormholes affect the geometry of spacetime, changes in this network could create the observed repulsive force driving galaxies apart.

Energy of Non-Local Connections: The energy associated with maintaining wormhole connections might manifest as the vacuum energy we interpret as dark energy. This would explain why 70 percent or more of the universe would be attributed to something that can't be seen.

4. Superluminal Expansion Explained

If the fabric of spacetime is fundamentally non-local, "superluminal" expansion becomes a natural consequence rather than a paradox:

Perspective vs. Reality: From our perspective, points in space seem to move apart faster than light. In reality, they might remain fundamentally connected through wormholes, making the concept of "distance" irrelevant.

Instantaneous Connectivity: Wormholes could provide a mechanism for instantaneous interactions or correlations, meaning the expansion we observe is more about a shift in spacetime topology than actual movement.

5. Testing the Theory

To validate this idea, we could look for evidence of wormholes and their effects:

Cosmic Microwave Background (CMB): Subtle anomalies in the CMB could reveal the imprint of non-local wormhole connections during inflation.

Gravitational Lensing: Wormholes might distort light in unusual ways, creating patterns that differ from traditional lensing caused by massive objects.

Quantum Effects on Large Scales: Detecting correlations between distant regions of space that can't be explained by conventional physics could point to a wormhole-mediated non-locality.

Broader Implications

This theory redefines the universe as fundamentally interconnected, where the apparent expansion of space is a localized, emergent phenomenon.

Faster-than-light expansion of space becomes a natural outcome of the non-local nature of spacetime, tying together quantum mechanics, general relativity, and cosmology in a unified framework. This fits into our current understanding of Quantumn Mechanics and Physics without having to change anything to accolade the faster than light expansion of space.

It also resonates with the idea that the universe is a holistic entity, where what we perceive as "separation" is an illusion. It explains entanglement correlations as a natural occurance and negates viewing entanglement correlations as spooky action at a distance.

Gastrulation. Before this you are a ball, after you are a torus.